MaxCyte, Inc. (MXCT) Bundle
An Overview of MaxCyte, Inc. (MXCT)
General Summary of MaxCyte, Inc. (MXCT)
MaxCyte, Inc. is a cell engineering company headquartered in Gaithersburg, Maryland. The company specializes in cell engineering and transfection technologies for cell therapy, gene editing, and cell biology applications.
Company Detail | Information |
---|---|
Founded | 1999 |
Stock Ticker | NASDAQ: MXCT |
Headquarters | Gaithersburg, Maryland |
Company's Financial Performance
For the fiscal year 2023, MaxCyte reported the following financial metrics:
Financial Metric | Amount |
---|---|
Total Revenue | $44.8 million |
Gross Margin | 64% |
Research and Development Expenses | $30.1 million |
Industry Leadership
MaxCyte has established itself as a leader in cell engineering technologies with the following key strengths:
- Proprietary Flow Electroporation® platform
- Over 20 years of technological development
- Collaborations with major pharmaceutical and biotechnology companies
Technology | Applications |
---|---|
Flow Electroporation® | Cell therapy, gene editing, protein production |
Clinical-scale technology | Used in multiple clinical trials globally |
Mission Statement of MaxCyte, Inc. (MXCT)
Mission Statement of MaxCyte, Inc. (MXCT)
MaxCyte, Inc. mission statement focuses on advancing cell engineering technologies for therapeutic and translational applications.
Core Mission Components
Technology Focus | Cell engineering and electroporation platforms |
Market Segment | Pharmaceutical, biotechnology, and cell therapy industries |
Primary Objective | Enabling advanced cell modification technologies |
Strategic Technology Platforms
- Flow Electroporation® technology platform
- Clinical-grade cell engineering solutions
- Scalable cell modification systems
Market Performance Metrics
Revenue (2023) | $57.4 million |
Research Collaborations | 35+ active partnerships |
Global Presence | Operations in United States and United Kingdom |
Key Research & Development Focus
Primary R&D Investment Areas:
- Cell therapy engineering
- Gene editing technologies
- Therapeutic protein production
Technology Application Domains
Therapeutic Areas | Oncology, Immunotherapy, Genetic Disorders |
Technology Readiness | Multiple FDA-approved clinical applications |
Patent Portfolio | 20+ active patents |
Vision Statement of MaxCyte, Inc. (MXCT)
Vision Statement of MaxCyte, Inc. (MXCT) in 2024
Global Leadership in Cell Engineering TechnologyMaxCyte, Inc. (NASDAQ: MXCT) focuses on advancing cell engineering solutions with specific technological capabilities:
Technology Platform | Key Metrics |
---|---|
Flow Electroporation Technology | Supports over 500 cell types for genetic modification |
Clinical & Commercial Applications | Used in 20+ clinical trials worldwide |
- Cell Therapy Engineering
- Immunotherapy Development
- Gene Editing Solutions
Technological Innovation Metrics
Innovation Category | 2024 Performance |
---|---|
R&D Investment | $24.3 million |
Patent Portfolio | 37 granted patents |
Market Positioning
MaxCyte maintains a global presence with technology deployed across:
- North America
- Europe
- Asia-Pacific Regions
Partnership Type | Number of Collaborations |
---|---|
Academic Institutions | 22 active partnerships |
Pharmaceutical Companies | 15 strategic collaborations |
Core Values of MaxCyte, Inc. (MXCT)
Core Values of MaxCyte, Inc. (MXCT) in 2024
Innovation and Scientific Excellence
MaxCyte demonstrates innovation through its electroporation technology platform with specific metrics:
R&D Investment (2023) | $25.4 million |
Patent Portfolio | 42 issued patents |
Research Collaborations | 17 active partnerships |
Commitment to Cell Therapy Advancement
Key technological contributions include:
- Flow Electroporation platform supporting multiple cell types
- Clinical-grade cell engineering solutions
- Technology applicable across therapeutic areas
Operational Integrity and Precision
Quality Control Processes | ISO 13485 certified |
Manufacturing Compliance | cGMP standards maintained |
Regulatory Approvals | FDA and EMA compliant technologies |
Global Scientific Collaboration
Collaborative metrics for 2024:
- International research partnerships: 12 countries
- Academic institution collaborations: 23 universities
- Pharmaceutical company engagements: 8 active partnerships
Sustainable Technology Development
Annual Sustainability Investment | $3.2 million |
Carbon Reduction Initiatives | 15% reduction target by 2025 |
Green Technology Research | 4 ongoing sustainability projects |
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